In 2013, LAUFEN introduced Saphirkeramik, a groundbreaking material that revolutionised bathroom design. It allows washbasins to be manufactured with minimal wall thicknesses and extremely tight radii. Saphirkeramik is the result of many years of intensive research at LAUFEN. Together with some of the world's most renowned designers, LAUFEN has since repeatedly created collections made of Saphirkeramik that set completely new standards for design in the bathroom.

With Saphirkeramik, LAUFEN set a genuine trend in bathroom design. This is because Saphirkeramik is an innovative ceramic that comes with all the hygienic advantages that traditional bathroom ceramics have, but is significantly thinner, more defined and extremely robust. The addition of the mineral corondum, a colourless sapphire component, brings out its distinctive characteristics, and LAUFEN brought it to market maturity over the course of several years of research and development. Since its first launch, Saphirkeramik has become a favourite among architects and bathroom planners, as it permits an entirely new design language with ceramics in the bathroom, which is not achievable using conventional ceramics.

LAUFEN’s Saphirkeramik is a very hard and bend-resistant ceramic, which – for the first time in bathroom design – permits both very thin, yet extremely robust ceramic walls as well as defined edges. A narrow edge radius of 1-2mm is possible, whilst traditionally ceramic material manages 7-8mm.The term Saphirkeramik is similar to that of sapphire glass, known for being used for wrist watches, and which also becomes a particularly hard material when corondum is added.

But Saphirkeramik doesn’t only allow a more precise and leaner design language, it yields functional and ecological advantages, too: with less material, Saphirkeramik washbasins, for example, provide more functional space. Saphirkeramik handles drinking water just as hygienically and securely as traditional ceramic does and, like this, can be fully recycled. The lower material intensity, which in part arises due to the simplified structure of the ceramic components, provides further advantages in terms of environmental protection and sustainability, because less energy and fewer raw materials are used in the firing, production and transport of Saphirkeramik.